The main purpose of the present numerical study is to evaluate the influences of aneurysm
geometric features on the hemodynamic conditions within the left coronary arteries (LCA) …

Coronary artery aneurysms (CAAs) are morphologically classified as saccular and fusiform.
There is still a great deal of clinical controversy as to which types of CAA are more likely to …

Vascular hemodynamics play an important role in cardiovascular diseases. This work aimed
to investigate the effects of an increase in ascending aortic diameter (AAD) on …

Coronary arterial disease, as the most devastated cardiovascular disease, is caused by the
atherosclerosis in the coronary arteries, which blocks the blood flow to the heart, resulting in …

To understand the hemodynamic characteristics of arterial disease, the flow characteristics
of abnormal blood vessels containing lesions and normal blood vessels before lesions form …

The abnormal diameter of the coronary artery is twice or more than the normal diameter,
which is a coronary artery aneurysm (CAA). According to the clinical statistics, CAA shows …

The recent diagnostic assessment of cerebrovascular disease makes use of computational
fluid dynamics (CFD) to quantify blood flow and determine the hemodynamics factors …

Abstract Background and Objective Muscular arteries and related aneurysms keep
deforming during the cardiac cycle. However, current patient-specific computational fluid …

Abstract Background: Recent developments in Computational Fluid Dynamics (CFD) could
help in the study of hemodynamics in the cardiovascular system that provides insight of …

Computer simulations based on the finite element method represent powerful tools for
modeling blood flow through arteries. However, due to its computational complexity, this …